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5G Testing

5G Test & Measurement Scenarios and Testing Solutions

5G Requirements

There are several projects and groups working worldwide to define 5G needs, technology requirements, user requirements, and other views on what 5G should be.

  • 5G ECOSYSTEM - The mobile network operators have built up an ecosystem community called Next Generation Mobile Networks (NGMN) which is creating a requirements document from the perspective of wireless network operators.
  • UNDERSTAND INDUSTRY NEEDS - NGMN had previously agreed requirements for 4G networks, and selected LTE as a preferred technology. The NGMN is an operator led forum, but with participation from the equipment/network vendors and supply chain, to try and align the industry needs.
  • EMERGING IoT NEEDS: Machine to machine (M2M) communication has a significant role to play in emerging internet of things (IoT) paradigm in years and decades to come. The emerging IoT-5G scenario extends sensor based IoT capabilities to robots, actuators and drones for distributed coordination and low-latency reliable execution of tasks at hand.  
  • TECHNICAL CHALLENGES - There are several key challenges to be met with future 5G networks, looking at the performance needs of future networks and identifying affordable technologies which may be developed to support these.

It is estimated that in year 2020, 20 to 40 billion devices will be connected to the Internet as part of the Internet of Things. A critical bottleneck for realizing the efficient IoT is the pressure it puts on the existing communication infrastructures, requiring transfer of enormous data volumes. 

5G Test and Measurement Challenges

5G channel model should support :

Wide range propagation scenarios and diverse network topologies. ( Network topology should not support only cellular networks but also communications of D2D , M2M and V2V )

● Higher communications frequencies and larger bandwidth. 5G may operate in frequency range from 350 Mhz to 100 Ghz.

● Massive MIMO . Planar wavefront assumption for conventional MIMO channels is no longer applicable and should be replaced by spherical wavefront assumption.

● Spatial consistency and dual mobility . 5G channel model should support spatial consistency.

● High mobility. With co-existence and density increase of links , and with application of D2D/ V2V , to support spatial consistency become especially important for wireless channel models.


In the 5G testing & evaluation, the requirement for realness is reflected in 5G wireless channel model, verification methods , user experience and other aspects.
From the point of network topology, various link types in 5G will co-exist in a same region, extending from traditional macrocell and microcell to picocell , femtocell and support V2V, M2M network architecture.


Demand for testing & evaluating comprehensiveness (such as Transmission, Network & User experience indicators)  mainly involves two aspects :
● It lies in the comprehensive support for the evaluation of 5G performance indicators.
● It lies in the comprehensive support for the diversification of candidate technologies.


In order to meet the KPI’s in 5G, the computing performance of the simulation system must grow by more than 1000 times before meeting the requirements of the timely evaluation of simulation task.
With such rapid growth in computational performance , a systematic and brand new design & realization are needed in simulation system’s hardware platform , software platform and simulation application.


● Affected by flexible network architecture, network resource virtualization management , parallel computing needs & other factors, simulation & validation system needs to have enough flexibility.
● Architecture design , module design and interface design have the characteristics of coupling , modularization , interface expansion , easy integration and so on.

5G Consultation & Collaboration

Key consultative points for 5G Design, Planning and Deployment Strategies

  •     Addressing 5G deployment strategies
  •     Standards status and timeline
  •     Exploring Low band implementation
  •     Leveraging existing paired spectrum
  •     Infrastructure and Architecture Implementation
  •     Understanding LTE and NR co-existence
  •     Divers for 5G in low and mid band spectrum
  •     Achieving high mobility 5G
  •     Delivering excellent 5G coverage
  •     Supporting existing and new use-cases

5G Test Network

A reference 5G Test Network Architecture to support various test architectures and test activities

5G Testing Services

5G Test Network - Key Features 

Wireless Access IoT

- NB-IoT, LTE-M1 (Cat-M), LoRA access types
- 5G Test Network subscription (for select set of devices)
- Functionality within 5GTN network coverage (Band 28)
- User guide and documentation for smooth and efficient trials

Wireless Access LTE

- 6 months' 5G Test Network subscription (for maximum 10 devices)
- Functionality within 5GTN network coverage (Bands 7, 28, 40 and 42)
- Data service by default, voice (VoLTE) and messaging services separately agreed
- User guide and documentation for fluent trials


- LTE small cell base station dedicated for your one-day-use
- Designated pop-up network connected to EPC Simulator or OpenEPC
- Expert service present throughout the test session
- Tailored measurement laboratories available (separately agreed)
Summary report of test results

5G Expert Support

- Expert service available for problem solving and opportunity scanning
- Draw support from our Test community and other co-creative expert networks

Device Loan

- Selected measurement equipment for use at 5G Test Network
- Commercial end-user devices with installed special applications
- Selection of IoT devices
- User training and remote support, if needed

Network Monitoring

- Deterministic duration to perform measurements from a selected network measurement points
- Real-time measurement tools will be used according to customer case
- Integrated measuring from several points or measuring from one point using external equipment
- Expert service present throughout the test session
- Summary report of test results

5G Testing Solutions

From RF Evaluation (UE to Base Station) to Conformance Testing,  from Antenna Evaluation to Call Processing including Mobile Backhaul (5G Core)



Anritsu ME7834NR is for performing the Protocol Conformance Test (PCT) and Carrier Acceptance Test (CAT) of 5G NR chipsets, communications modules, smartphones and other radio equipment. It is used for development and quality assurance of 5G terminals and for test-house certification. It supports both 5G NR SA and NSA modes, and covers the 3GPP-specified 5G communications band


Network Master Pro MT1000A

The all-in-one design supports 5G base-station interface eCPRI/RoE throughput and delay measurements as well as high-accuracy time synchronization tests.


Spectrum Analyzer MS2692A

Supports 5G NR sub-6GHz
These analyzers support evaluation of TRx characteristics at R&D of 5G NR chipsets, communications modules, smartphones, and other radio equipment. They are also for researching new applications using 5G NR.


Radio Communication Test Station MT8000A

The MT8000A is for evaluating the RF TRx characteristics at development of 5G NR chipsets, communications modules, smartphones, and other radio equipment. It is also for researching new applications using 5G NR. It supports wavebands from sub-6GHz to mmWave used by 5G for mmWave TRP/EIRP measurements in combination with RF converters, OTA chamber, etc., as well as RF Protocol tests such as Beam Management tests.

Exciting & Upcoming 5G Events

Catch us working on some exciting new 5G Trials and New Service Launches

5G Partners

We strive to work with all the leading vendors, testing solution partners to explore various opporunities brought about by 5G in commercial public and private wireless deployments


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